Katalog - Lichenological literature

1657

Coppins B. J. (1999): Two new species of Micarea from South Africa, Lichenologist, 31(6): 559-565

1656

Kantvilas G. & McCarthy P. M. (1999): Steinia australis, a new species in the lichen family Aphanopsidaceae, Lichenologist, 31(6): 555-558

1655

Herk C. M. van & Aptroot A. (1999): Lecanora compallens and L. sinuosa, two new overlooked corticolous lichen species from western Europe, Lichenologist, 31(6): 543-553

1654

Ríos A. de los, Ramírez R. & Estévez P. (1999): Variability of ribonuclease activity in lichen thalli, Lichenologist, 31(5): 533-541

1653

Ekman S. (1999): PCR optimalization and troubleshotting, with special reference to the amplification of ribosomal DNA in lichenized fungi, Lichenologist, 31(5): 517-531

1652

Zoller S., Scheidegger C. & Sperisen C. (1999): PCR primers for the amplifications of mitochondrial small subunit ribosomalDNA of lichen-forming Ascomycetes, Lichenologist, 31(5): 511-516

1651

Beck A. (1999): Photobiont inventory of a lichen community growing on heavy-metal-rich rock, Lichenologist, 31(5): 501-510

1650

Printzen C., Lumbsch H.T., Schmitt I. & Feige G.B. (1999): A study on the genetic variability of Biatora helvola using RAPD markers, Lichenologist, 31(5): 491-499

Biatora helvola is a corticolous crustose lichen occurring in boreal and montane spruce and spruce-fir-beech forests. After the last glaciation, spruce reinvaded Europe from three refugia situated in the Carpathians, southeastern parts of the Alps and the Ural Mts., resulting in a slightly disjunct distribution. Our aim was to find out whether the glacial fragmentation of the distributional area of spruce is reflected by genetic differences in a typical spruce-forest lichen. Collections of Biatora … Read more...

1649

Ivanova V., DePriest P. T., Bobrova V. K. & Troitsky A. (1999): Phylogenetic analysis of the lichen family Umbillicariaceae based on nuclear ITS1 and ITS2 rDNA sequences, Lichenologist, 31(5): 477-489

1648

Myllys L., Lohtander K., Källersjö M. & Tehler A. (1999): Applicability of its data in Roccellaceae (Arthoniales, Euascomycetes) phylogeny, Lichenologist, 31(5): 461-476

The ability of the internal transcribed spacers (ITS regions) of ribosomal DNA to resolve phylogenetic relationships within the euascomycetous order Arthoniales, focusing on the family Roccellaceae was investigated. The effect of alignment on phylogenetic hypotheses was evaluated. A data matrix from the ITS regions was constructed from 33 specimens representing 14 genera, including the outgroup Arthothelium spectabile. Six different alignments were analysed cladistically using parsimony jackknifing. … Read more...